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A set of sample problems for math480 students focusing on chapter 11. The problems involve finding eigenvalues and eigenfunctions, expanding functions into fourier series, and converting equations to the canonical form of the sturm-liouville problem. Students are also encouraged to practice non-homogeneous problems and complete homework assignments.
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Math480: Sample Questions on Chapter 11
Problem 1 Find all eigenvalues and eigenfunctions. Normalize the eigenfunctions if possible :
y′′^ + λy = 0; y(0) + y′(0) = 0, y(1) + y′(1) = 0.
Problem 2 Expand the function f (x) = x on [0, 1] into a Fourier series using the functions obtained in Problem 1.
Problem 3 Convert the Chebyshev equation
(1 − x^2 )y′′^ − xy′^ + α^2 y = 0,
into the canonical form of the Sturm-Liouville problem.
Problem 4 Do Problem #17 p.
Problem 5 On nonhomogeneous problems practice finding solutions on these exercises: #3,11,20,
Problem 6 Do the homework on Sec 11.4: 1 and 11.5: 2,3,